CN103857464B

CN103857464B - Laboratory installation and the method for operation laboratory sample

Info

Publication number: CN103857464B
Application number: CN201280048613.1A
Authority: CN
Inventors: 佛罗里安·迪尔; 吕迪格·胡恩; 曼努埃尔·迈尔; 雅尼娜·勒尔斯; 格利特·瓦尔特; 沃尔夫·温特
Original assignee: Eppendorf SE
Current assignee: Epedov Europe
Priority date: 2011-08-03
Filing date: 2012-08-02
Publication date: 2016-12-14
Anticipated expiration: 2032-08-02
Also published as: US9352323B2; JP6133860B2; US20130045473A1; KR20140065406A; DE102011109332A1; WO2013017283A1; EP2739381A1; EP2739381B1; KR101667380B1; CN103857464A; WO2013017283A8; JP2014529726A

Abstract

The present invention relates to a kind of for operating at least one laboratory sample, it is particularly useful for mixing and/or regulating the laboratory installation (100) of the temperature of the biochemical laboratory sample (9) being arranged at least one sample container element (8), described laboratory installation (100) has: carrying device (3), and it is for carrying at least one sample container element；Electronic control device (5), it is set to control or at least one operating parameter of this laboratory installation operated of setup control；And at least one sensor component (20), it is used for recording at least one measured value, at least one geometrical property of at least one sample container element is may determine that by described measured value, at least one sensor component is signally attached to electronic control device, and electronic control device is set as controlling the operation at least one laboratory sample by least one rate-determining steps according at least one measured value and at least one operating parameter set.The invention still further relates to the method for being operated at least one laboratory sample by laboratory installation and for performing the computer program of the method.

Description

Laboratory installation and the method for operation laboratory sample

Technical field

The present invention relates to the laboratory installation for operation laboratory sample, in particular for mixing and/or regulation medical science, The laboratory installation of the temperature of the liquid sample in biology or biochemical laboratory.The invention still further relates to for operating this laboratory sample The method of product.

Background technology

Laboratory sample in medical science, biology or biochemical laboratory includes the element with molecule or cell size, example Such as biochemical analyte and reagent, antibacterial or cell.The functional of pending sample generally crucially depends on that external environment condition is joined Number (temperature, pH value etc.), this needs to be suitable to specific condition, especially requires the place of the conditions of existence of the element comprised. Due to the sensitivity of this sample, they are operated and exists relative to the careful particular/special requirement with accuracy with processing.Generally exist Treatment of laboratory sample in the Minimum Sample volume of change between several microlitres and several milliliters.Usual tubulose for sample operations Sample container is arranged in corresponding laboratory installation and then they is carried out (partly) and automatically operates/process, such as it By temperature regulation process and/or mixed processing.

Operating efficiency in laboratory installation is had and directly affects by the attribute of sample container used.Such as, if According to temperature regulation program to sample heating and cooling, then the size of sample container, material and wall thickness are important.

In the feasibility of heat transfer or efficiency depend on the laboratory installation of geometry of sample container, it may occur however that Multiple error situations.Such as, it is arranged in heating and avoid condensing cover (heatable below having too high sample container Condensation avoidance hoods) temperature regulator devices situation in (such as public in DE102010019232 Open), the overheated of sample container can occur.In this case, it is possible to damage or damage laboratory sample.Thus this laboratory Sample has the sizable material value of interval scale or due to special importance, such as in the situation of forensic laboratory sample, User must the most carefully operate the laboratory installation processing this sample.

Another example is the laboratory installation for mixing sample.The result of mixed processing is by sample container element The impact of the operator scheme of quality and center of gravity and use.If sample container carried multimass or passed through transition frequency Implement vibration hybrid motion with amplitude, then such as observe that sample container can be drawn by known laboratory sample hybrid device Rising the most uneven or even dish out from their installed part, causing sample losses, therefore DE102006011370 proposes The laboratory sample hybrid device improved, wherein acceleration transducer indirectly performs quality and determines and/or quality relies on vibration Analyze, and reduce rotary speed if desired.But, some mistakes can not be got rid of by this kind of mode.Particularly with dynamically surveying For amount, the movement of sample container must have begun to allow to determine result, and thus before adapting to rotary speed, mistake can Can have occurred and that.Additionally, this concept is unsuitable for these laboratory installations that wherein laboratory sample does not moves.

Summary of the invention

It is an object of the invention to provide laboratory installation and for the method operating at least one laboratory sample, pass through Described method improves the reliability of operation laboratory sample.

The present invention is by the laboratory installation for operating at least one laboratory sample according to claim 1 and basis Claim 16 for operating the method for at least one laboratory sample and by computer journey according to claim 18 The computer program of sequence achieves this purpose.The preferable configuration of the present invention is the theme of dependent claims.

In first preferred implementation of the present invention, laboratory installation is designed as laboratory blender part.In the present invention The second preferred implementation in, laboratory installation is designed as laboratory temperature adjusting means.The 3rd preferred reality in the present invention Executing in mode, laboratory installation is designed as laboratory blender part and the laboratory temperature adjusting means combined.Every kind of situation In, other function of the laboratory sample of operation experiments chamber device and mode are also possible.But, the invention is not restricted to these Embodiment.It is described further below for the laboratory installation according to the present invention of operation laboratory sample and according to this The preferred feature of bright method and advantage.

The invention provides the advantage starting operation, especially obtain be used for starting according at least one operating parameter right After laboratory sample carries out the enabling signal operated, startup will not unconditionally occur but include that at least one controls step Suddenly, at least one measured value of at least one geometrical property depending at least one sample container element is thus started.Therefore, Operation at least one laboratory sample is safer and reliable.

For this purpose it is proposed, preferably before the actual beginning of operation rate-determining steps, i.e. before mobile beginning or in reality Test hybrid motion in the situation of room hybrid device to change in the past or before temperature regulation starts or at laboratory temperature tune The situation of joint device performs to control device before thermoregulator change.By this rate-determining steps, can automatically check behaviour Make the plan configuration of parameter or change the measured value whether coincidence detection arrives, to describe the geometrical property of sample container element.Base In measured value, the predetermined operational parameters for operation can not change and be approved as operating, or can change, or askes Ask and can point to user or operate and can block or terminate.Enabling signal is preferably by user circle via laboratory installation The user that face performs inputs generation.This user input can be after the most manually selection manipulation parameter before operation starts Occur, if or such as user manually change present operating parameters, then this user input can send out in operation Raw.

Geometrical property can be the size of at least one sample container element, such as height value, width value or depth value, especially It is maximum or feature height, width or the degree of depth of sample container element.Geometrical property can e.g. geometry contrast logic End value, such as measured value and the comparison of reference value, i.e. determine measured value to be greater than also and be less than reference value.End value is all right It is measured value and the difference of reference value or ratio.Such as, reference value can be that sensor element props up relative to sample container element Support point position or the known location of receiving area of loading plate for sample container element.Showing shown in Fig. 4 a, Fig. 4 b Example embodiment explain for perform geometric proportion compared with elevation carrection device how can be real by optical sensor device Existing, in order to obtain the end value of the geometrical property of representative sample container component.

By considering at least one geometrical property of at least one sample container element, in particular according to their geometrical property May be implemented in the laboratory sample of operation in sample container element.By measuring, at least one of sample container element is several What characteristic is confirmable and can consider particularly by controlling the one or more rate-determining steps of device or determine.This allows anti- Only some mistake, these mistakes that the most only can not detect when measuring the quality of sample container element.

For example, it is possible to prevent the operation performed inconsistent with the certain altitude of sample container element.This has the advantage that Being, the stability of the reduction of uneven in development risk and thus device increases.This generates generally increasing of safety Overall advantage.Such as, in the situation of the vibration mixing of laboratory blender part, it is possible to prevent sample to be spilled over or damage, this Under selected rotary speed, retentivity due to when the geometric center of sample container element gravity will be overcome it may happen that.This Outward, such as in the situation of laboratory temperature adjusting means, it is possible to be arranged in avoiding above sample container element and condense The set point temperatures of cover arranges the highest and sample thus cause thermal damage.

In a preferred embodiment of the invention, electronic control device is set to obtaining the letter of the startup for starting operation At least one rate-determining steps is performed according at least one operating parameter if desired (can determine based on record after number Measured value) at least one measured value by this rate-determining steps and based on perform or do not perform this operation, be particularly based on This rate-determining steps interrupts or terminates this operation, changes at least one operating parameter.

Control device based on this operation of measured value control/handle.Control model such as can include performing predetermined first Operation, if measured value realizes first condition, such as, is positioned in the range of the first predetermined value, and it is pre-to perform second further Fixed operation, if measured value realizes second condition, such as, is positioned in the range of the second predetermined value, and wherein said scope can be deposited Storage is in the memorizer of laboratory installation.There may be more than two situation and relevant operation, in order to realize higher classification Control (differentiated control).

Control in control system is configured to perform, in the situation that Yes/No determines, to utilize single condition based on measured value, can There is the first operation, if if meeting this single condition and be carried out the first operation and be unsatisfactory for this single condition and be carried out Second operation.First operation can be the operation (not taking action) not performed as described, and the operation selected else A predetermined operation can be performed, the setting of the control parameter of such as laboratory installation.

Especially, according to it is one advantage of the present invention that of described embodiment, at the laboratory with sample container element During the time loading and starting between operation of device, the most just before the beginning of operation, changing of the sample container of generation Flexible rate-determining steps of crossing accounts for, and therefore considers measured value to occur at the same identical rate-determining steps performing operation In, in order to the most such as revise, interrupt or terminate.Check, really by just performing this before the operation of laboratory sample Protect the reliable and correct setting of operating parameter, or the termination or the interruption that operate if desired have been possible, in order to such as drawn Lead the further security queries to user.

The preferable configuration of the present invention makes it possible to get rid of some mistakes further, and this can in the situation of laboratory installation Operating result is caused owing to being contained in the inappropriate operation of the sample in usual sample container element (such as master sample container) Undesirably detraction.Such as, in the situation of laboratory blender part, the most unsuitable bigger height passes through Under overshoot oscillation frequency or amplitude automatically operational circumstances, it is possible to get rid of the probability of the type of sample container element, this may Cause dishing out sample container element from laboratory blender part kind.Hold furthermore, it is possible to avoid such as sample material to leave sample Device, especially avoids overflowing and normally sample losses.

Fluid can be preferably by the sample that laboratory blender part moves, the most aqueous liquid, but It is can also to be powder, granule, pasty state or its mixture.They are preferably in chemistry, biochemistry, biology, medical science, life sciences Or forensic laboratory checks and/or the laboratory sample that processes or solution.

Sample container element can be single container component, such as sample tube, or multiple container component, such as trace drip Determine plate or PCR plate, or the grid of a series of interconnective sample container or network.

Common sample volume is at a few μ l to tens μ l or to hundreds of μ l, or one milliliter or several milliliters up to 100 millis Rise.Multiple container components are generally configured the vessel array arranged with grid fashion, described vessel array adjacent container from which The upper level connection connected by coupling part is highly downwardly extended.The lower area of container is generally by the hollow space adjoined Or multiple hollow spaces around, in described hollow space, the most one or more container reception device can be engaged, such as Described container reception device can be container maintaining part or a part for temperature regulating block.

Sample container element can have covering, cover piece or sealing member, and it all closes sample container unit in each situation The container of part towards upper opening (multiple or whole opening).It is known that such as, multiple for multiple container components Or all single lid of container, cover strip, lid array, sealing paper tinsel or coverings.

Sample container element, the most multiple container components, such as microtitration plate, it is therefore preferred to have sample container lived by frame The frame part of the horizontal outer side of element.Then this framework limits the transversely outer size of sample container element, is especially further defined by The lateral dimension of receiving area.Carrying device is preferably configured to so that when sample container element is arranged on carrying device, Sensor component is arranged laterally side by side with frame part.Frame part is suitable as the target for sensor component in particular Region and preferably there is the interaction part for interacting with sensor component.

Known or polytype sample container element, the most multiple container components can be limited.Sample container unit The practical examples of the type of part is low-temperature (low temperature) vessel, falcon container (1.5ml and 50ml), glass container and beaker, microtitration plate (MTP), deep-well plate (DWP), slide plate and there is the PCR plate of 96 or 384 wells.Compared with the microtitration plate of " generally ", DWPs has bigger plate and container height and has bigger quality.According to ansi standard and biomolecular screening corporations (SBS) suggestion, the size (length × width × height) of microtitration plate is 127.76mm × 85.48mm × 14.35mm.For these The relevant criterion of modular size e.g. ANSI/SBS1-2004, ANSI/SBS2-2004, ANSI/SBS3-2004 and ANSI/ SBS4-2004.It is referred to as in this case by the sample container element of a restriction in these standards or some other standards Type.This type or type may be considered the sample container element constructed in the same manner or may be considered The group of sample container element same under at least one typical case or standard feature of such as height.

Different types of sample container element is preferably differentiable by least one typical characteristics.This typical characteristics For determining the measured value of at least one geometrical property of representative sample container component.Can be by being designed as elevation carrection device The height of sample container element measured of sensor component, preferably act as this characteristic or be used as representative measure value.

However, it is also possible to measure this typical characteristics distinctively, such as by measuring the geometric ranges of sample container element, example Such as width, the degree of depth or height, it is preferable that typical case or Breadth Maximum, the degree of depth or height.Typical characteristics can also is that sample container unit The physical characteristic of part, the ability measuring signal that such as ability measuring signal of reflection transmission, change transmit, such as at RFID Radiofrequency signal in the situation of sensor and chip or by its can with some of the type of representative sample container component other Characteristic.

This characteristic can also be contained in a coded form in the code devices being arranged on sample container element and pass through Sensor component reads, in order to read the coding of sample container element, and it identifies the type of sample container element or the most excellent Selection of land identification the most single sample container element.Utilization can be stored in the allocation table controlled in device, is then based on coding Infer type and/or single sample container element.

The determination type of sample container element or the geometrical property of type representative sample container component.Sample container unit At least one geometrical property of part was preferably inferred before starting to operate sample or considers.

Measured value preferably represents the type of at least one sample container element, especially type, controls device excellent Selection of land is designed as execution and compares operation, wherein by measured value and in itself previously known sample container categorical data and the type detected Compare, and for performing at least one other rate-determining steps based on this comparative result.

The method control device and preferably have for performing rate-determining steps or multiple rate-determining steps, especially checking Parts.These parts can include the parts for assessing at least one measured value and for performing to compare the parts of operation.If The fixed type detection for performing sample container element, or the control device of the single detection of sample container element possibly Parts, also referred to as recognition means.Can be designed in every kind of situation for performing the parts of rate-determining steps, such as circuit And/or be designed as programmable circuit or be designed as and have based on the computer program performing inspection method or recognition methods Calculation machine program product.

Sample container categorical data is to comprise and especially encode at least one type or the mark relating to sample container element The data of the information of quasi-type.Preferably, there are at least two sample container categorical data, so as to preferably at least two Individual sample container type, preferably make a distinction between multiple sample container types.Sample container categorical data can comprise In allocation table, described allocation table can be stored in control device or by controlling device via being linked to relative to experiment Chamber device accesses at the signal of outside memory device.

The fact that type or the type of sample container element detected mean relative to by means of sensor component The record measuring device there is bigger fault-tolerance.Different from the situation of known laboratory installation, such as, characteristic, quality Or vibration analysis, it is not necessary to it is determined precisely or performs, but the most only need sufficiently accurately to determine that measured value is with detection The existence of specific sample container component or the type of sample container element.Therefore, measure simpler and be used for providing sensor The cost of device is less.The type of detection sample container element or type make this at least one geometry of sample container element Characteristic can determine that and can consider particularly by the one or more rate-determining steps controlling device or determine.

Moreover it is preferred that to provide this measured value representing single sample container element, control device and be designed as using this Measured value is with by single sample container element from other single sample container element regions multiple separately.In this way, permissible Detect the presence of the single sample container element on laboratory installation.By this single measured value, such as by can by with In the allocation table inferring geometrical property clearly, it may be determined that the geometrical property of this sample container element.Based on this single measurement Value, automatically by controlling device and/or can similarly be individually chosen other operating procedure by user.Can be by compiling Code device, by decoding and by control device compare or occur otherwise the detection to single sample components or Distinguish.The measured value with the information for identifying single sample container element the most also includes about sample container element The information of type.Then control device and be preferably designed to the information for identifying single sample container element that obtains and preferably Ground also obtains the information of the type about sample container element, and if necessary, is used for projects based on these information Perform other rate-determining steps.

Preferably, rate-determining steps is a part for the method for operating at least one laboratory sample, and it is by controlling Device, especially computer program auxiliary, start operation particularly by operation sequence and perform.

In the method for operation, and especially in the rate-determining steps considering measured value, preferably at sensor device During the measurement of part, preferably and start operation in reality after obtaining the enabling signal for starting operation and be previously determined Measured value.Preferably, the practical operation of laboratory sample, say, that such as temperature regulation and/or the movement of laboratory sample This rate-determining steps is automatically activated.Therefore, lucky with the inspection of the compatibility of predetermined operational parameters to sample container element It was suitable for before operation, thus achieves and safely and reliably operate.

Rate-determining steps (" checking " in brief) the term of execution, it is considered to manually selected by user or by experiment Preset program (the especially computer program of laboratory installation) the automated provisioning predetermined operational parameters of chamber device, and based on Check result, be suitable to or be unmodified used in operation experiments chamber device.Computer program can be arranged on laboratory installation In, it is particularly possible to unmodifiable form or to store by the form of manufacturer or user operation/to preserve.

For start the enabling signal of operation be preferably used for start operational approach include that this controls the most especially The enabling signal of the operation sequence of step.This operation sequence can store/be saved in laboratory installation and can be that it can With by the form of user operation.Start operation and can mean especially that the mixing or extremely starting at least one laboratory sample The temperature regulation of a few sample container element.

Other rate-determining steps performed by controlling device based on this measured value may comprise steps of: preferably, control The startup that step processed allows at least one operating parameter to set correspondingly continues, postpones, interrupts or terminates.Control device preferably Design is to consider other conditional parameter in this way, thus especially if it occur that interrupt or consider the one of laboratory installation As aspect, continue start.

Preferably input influence condition parameter by user.By waiting that user inputs, it is possible to prevent certain operations from joining Number automatically changes.This measured value allowing user to prevent possible mistake from determining in particular automatically results in having of laboratory installation The mode of operation of problem.This is corresponding to other security queries.

Control device to be preferably designed to indicate user by means of measured value by user interface means, such as by display The information (project) that device or touch screen obtain.Control device to be preferably designed to assess this information (project).For this purpose it is proposed, Control device and preferably there are the parts for assessment, in particular for comparing the parts of measured value.

Control device to be also preferably designed to select operating parameter based on this assessment or determine the change of operating parameter.This Can occur based on the allocation table including being assigned to measured value value each other, especially the geometrical property of operating parameter or operation The change of parameter.Control device to be also preferably designed to indicate this selected operating parameter of user or pass through user interface means The change of selected operating parameter.The unique user that control device is preferably designed to by occurring via user interface means is defeated Enter or multiple user input is received confirmation or the change of selected operating parameter of selected operating parameter by user, and And, according to this manual confirmation, continue or terminate changing the startup of the process of operating parameter.Control device to be preferably are designed to allow User inputs as rate-determining steps.Especially after the comparison operation performed with digitally performing or simulate, user's input is allowed to As rate-determining steps.At least one other rate-determining steps of execution is inputted based on described user.By this kind of mode, it is achieved that this sample This semi-automatic operation, so as to provide the most preselected facility, and/or the protection of other user interaction, with further Improve the reliability of sample operations.

Laboratory installation preferably have be signally attached to control device user interface means, especially entering apparatus, Such as operator's control panel or touch screen, and/or the output device of such as indicator elment, LEDs, display, speaker etc..

Such as can also automatically obtain preferably automatic at least one operating parameter based on specific programme-control Change/adapt to during or substantially during rate-determining steps consider at other conditional parameter incorporated above.Control device excellent Selection of land is designed as based on measured value, or result of the comparison based on measured value is automatically selected and sets up operating parameter, from Produce the change of at least one operating parameter as further rate-determining steps dynamicly.This automatization is the most in particular Convenient.

Sensor component is preferably to arrange in the way of the interaction of at least one sample container element, in order to by it Determine at least one measured value depending on this interaction and representative sample container component.In fact directly at record/really During measure across subjects, sensor component enters to interact with sample container device and means to need not be provided and be connected to sample container Other parts of the laboratory installation of element and cause the indirect phase of the sensor component interacted with these additional components Interaction.But, this is also possible and provides as an alternative.

Laboratory installation preferably have for load that at least one laboratory sample can be arranged therein at least one The carrying device of individual sample container element.At least one sensor component is preferably arranged on described carrying device.This meaning In the range of the measurement that sensor component is preferably arranged in the sensor component relevant to carrying device.

At least one sensor component is preferably connected to carry device, the most removably or the most non-dismountable Ground, and be preferably integrated in carrying device, encapsulated by it the most at least in part.This can have sensor and sample container Distance between element is the most constant and sensor measurement signal can be easy in the situation of the ionization meter of response signal The advantage that ground blocks.

Carrying device preferably has the receiving area for receiving at least one sample container element.Sensor component is excellent Selection of land is arranged at the certain distance d of the neighboring away from receiving area, and wherein d is from can be from following lower limit and the upper limit (often Kind of situation is all millimeter) the preferred scope that formed selects: { 0；0.1；2.0}<=d<={2.0；3.0；4.0；5.0；8.0； 8.5；50.0；100.0；150.0；200.0}.

For sample container element (or neighboring of receiving area) and sensor device, the most spatially near For the specific arrangements of Sensor section, measure distance d in this kind of mode that minimum range is measured.This can be the most vertical Horizontal survey distance between placement sensor part and the vertical outer wall of sample container element.Preferably from emission measurement light The Sensor section of bundle starts to measure this distance.This situation the most exactly with optical pickocff (preferably has optics to send out Emitter and detector).Preferably measure this distance along this measuring beam.

If this sensor device, especially Sensor section, it is positioned at the distance of 0.0 millimeter, the neighboring away from receiving area Place, then when sample container element is arranged in receiving area, Sensor section directly abuts sample container element and places.Its Advantage is that the signal of measuring measured by sensor component has the maximum intensity controlled by minimum range d.Such as by sending out Penetrate test signal, at sample container element, reflect described test signal (the test signal of reflection) and in sensor component The test signal (measurement signal) receiving reflection obtains measurement signal.

Therefore, d should be preferably the least.This has the further advantage that, it is not necessary to use the most powerful, and Therefore relatively large amount and may power consumption and the high sensor of cost.Furthermore it is possible to use, there is relatively small quality and body Long-pending relatively small sensor, its capacity may be adapted to little distance d.Close to receiving area and therefore close to being arranged in this The sensor component of sample container element, it is allowed to laboratory installation constructs the most in a space-saving manner and allows Laboratory installation is designed compactly.Owing to this joint space-efficient of sensor is arranged, it is possible in the feelings not increasing space requirement The functional of laboratory installation is extended under condition.It is also possible to further, it is preferred that sensor component is arranged in receiving area, preferably Ground is at neighboring minimum range d of receiving area.

Preferably, d should be at least 0.1mm.This sample container element is easier to insert in laboratory installation or In person receiving area.

Distance d is preferably at least 2.0mm.Sample container element is being inserted into laboratory installation or is being inserted into reception by this The filter danger with scraping in bond is reduced when region is to degree tolerable from real visual angle.

Distance d preferably maximum is 2.0 or 3.0 or 4.0 or 5.0 or 5.5 or 6.0 or 8.0 or 8.5 Millimeter.Within such ranges, the type of the applying date the most obtainable sensor component in this protection right, especially Optical pickocff, such as infrared ray sensor, operate in their optimum range.In the case of d=8.5mm, having reached property The upper limit of energy grade.Due to extra optics and more complicated signal processing, the next one can obtain the sensor component of kind more Add costliness.But, equally possible and that possibility generation the is favourable layout that uses of this more complicated sensor component may Property: by this kind of mode, relatively large distance d only limited by the typical sizes of laboratory installation is possible.

Laboratory installation preferably can be by that sole user is transmitted and preferably can be positioned at general experiment Laboratory installation on room workbench (" bench-top laboratory device ").Laboratory installation is generally of referred to as the phase of " floor space " To compact (projection) setting area.The setting area of the projection recorded in the outermost end of laboratory installation in every kind of situation Size there is the width of 150-280mm and the degree of depth of 170-350mm.Standard microtiter plate, such as, has 125 × 85mm Form and generally transverse be arranged on equipment.It is therefore preferable that be to provide d to be up to this size, so that sensor device Part remains to be positioned horizontally near sample container element.Especially, also aim to be able to receive that standard is micro-when laboratory installation During amount titer plate, below preferably value obtain as ultimate range d:50.0；100.0；150.0；200.0 millimeter.

Sensor component preferably has for reflection or the parts of guiding measuring light beam, (reflective in particular for reflection Mirror element) or the device of guiding (light guiding piece, lens).Sensor component preferably has for transmitting measuring beam at least One radiated element.Sensor component is preferably arranged such that the measuring beam of transmitting deflects 90 ° by deflection component.Measure Light beam such as can vertically upright be launched and the most flatly deflect.Measuring beam can pass through sample container element water Level land is reflected and is deflected vertically downwardly again along the direction of detector by identical deflection component.This arranges along water Square to being joint space-efficient, if especially including that the sensor component of sensor transmitter and receptor is in the side of measuring beam Upwards ratio has bigger spatial dimension at least one direction be perpendicular to measuring beam.Especially do not using deflection component In the case of, but sensor component the most horizontally disposed equally possible and be preferred.Sensor component is excellent Selection of land is designed as optical barrier (light barrier), is especially designed as infrared ray barrier.

Measuring beam (also referred to as test beams or test signal) can be the light beam in visible range or at infrared ray In the range of light beam.Infrared light beam provides them can be preferably through may interfere with the region that visible ray transmits, such as The colored plastic package of sensor component or the advantage of impurity on a sensor.Additionally, infrared light beam provides Their advantages more less common than in visible wavelength region in the spectrum of ambient light.Therefore, when using infrared light beam Time, reduce by the risk of ambient light interference.Therefore, measurement is relatively reliable with laboratory installation.

Sensor component is preferably designed to by using the sensor component sample container element from multiple predefined types And/or adapter element detects particular type, sensor component interacts with sample container element, measures letter to produce Number, the geometrical property of sample container element and described measurement signal especially represent measurement to utilize described measurement signal may determine that The respective type of the sample container element arrived, therefore can distribute measuring signal clearly based on measurement signal (in tolerance) To in itself previously known measured value, in itself previously known measured value and different types of sample container element (seeing following: allocation table) Relevant, thus advantageously achieve clear and definite detection.

Sensor component preferably by with at least one sample container element, at least one its characteristic interact, produce Give birth to measurement signal, measured signal by this and may determine that the geometrical property of sample container element.Especially, this characteristic is that sample holds Device elements affect such as input test signal and output change mode and the side of the interaction of the change of the intensity between signal Method.Substantially this interacts and can be based preferably on radiation, especially optics, such as use infrared ray, visible or invisible Radiate and change；It can also is that electric interactions, such as, utilize one or more vibration loop to measure electric capacity or impedance；It is also Can be that ultrasound wave interacts, the most contactless, or include the mechanical interaction of contact.Other sensor is also can Can, can also be by for these sensors detecting the certain types of detection method of sample container element especially by it Realize or it provides extra functional.

At least one sensor component is preferably designed at least one sample being arranged on laboratory installation for measurement The elevation carrection device of the height of this container component.At least one sensor component preferably have for send signal to At least one radiated element of a few sample container element and changed by sample container element for receiving or reflect At least one of signal receives element, and sensor component produces measures signal, may determine that representative sample by described measurement signal At least one geometrical property of this container component.

Elevation carrection device preferably has the resolving power of at least two height level, it means that they can be at least two Differentiation is made between individual differing heights.This allows elevation carrection device to be simple embodiment, is particularly suited in microtitration That is two height amplitude of plate " generally " highly make differentiation between microtitration plate and deep-well microtitration plate,.Excellent Selection of land, elevation carrection device has the resolving power of three or more height level, so as between large number of height Make differentiation.

Sensor component, especially optical barrier, it is therefore preferred to have hold for test signal being sent at least one sample At least one radiated element of device element and for receive from least one sample container element return signal at least One receives element, spy that is that sensor component produces the characteristic as representative sample container component or that represent sample container element Property (preferably electricity) of feature measure signal.Radiated element can be LED, preferably infrared LEDs, and receives element Could be for receiving and launched by radiated element and sensed by the light of this light of sample container element reflection to be measured Device.This LEDs and optical sensor closely and can utilize low quality to obtain, so that they are particularly suited for compact Layout It is presently contemplated that purposes.Radiated element and at least one received in element, or preferably two elements are preferably arranged in On carrying device, and may move especially with respect to laboratory blender part or its base portion, therefore it/they are at described carrier Move together with carrying device and sample container element during the hybrid motion of part.

Sensor component is preferably signally attached to the electronic control device of laboratory installation such that it is able to pass through controller The measurement signal of part record sensor component.It can be wired or wireless that signal connects.Laboratory installation preferably has There is data highway system, measure signal and be sent to control device by described data highway system, and total by described data Wire system can exchange other data of such as relevant to temperature regulation data.

Measure signal and can represent logical value (0/1) or corresponding to logical value (0/1).Electronic control device and/or biography Then sensor device is preferably designed to not set up signal intensity but only measures the existence (such as " 1 ") of signal or do not exist (such as " 0 ").But, measure signal and can also transmit signal intensity, say, that there is relatively high resolution.Electronic control device And/or then sensor component is preferably designed to set up the signal intensity measuring signal.

Sensor component can be designed as reading the coding region on sample container element, such as contour encoding, gray scale Value, bar code, reflection contrastive pattern etc..This can measure the signal intensity generation of signal by assessment.Specific sample container Element or sample container component type can with the specific coding in allocated code region, thus especially can automatically detect single Sample container element or sample container component type and, especially, laboratory dress can be set up based on corresponding signal of measuring The operating parameter put.Coding can include the redundancy such as protecting error correction, to allow to reliably read.

Coding region, especially bar code, can be particularly used for sample and follow the tracks of, and may thereby determine that and sample container unit Information that the state of part is relevant and/or preferably by computer or laboratory information system (LIS) or LIMS(laboratory information Management system) manually or automatically record.Coding region on sample container element can include except sample container element Kind beyond or as the alternative of the kind to sample container element, the such as details (mark/name of the sample accommodated Title, date of handing in, volume, lot number).Then specimen discerning can with and the preparation procedure that completes (such as, the most such as mix speed Degree and/or the moving parameter of temperature, all have the details of the persistent period of step in every kind of situation) relevant information deposits together Store up in controlling the file of memorizer of device, preferably sent by network or be sent to exterior storage medium subsequently, Such as USB rod.

Especially, if sensor component does not constructs or be not used as elevation carrection device, then sensor component also may be used To be arranged in receiving area, such as insert sample container element below and/or with insert sample container element contact. In this case, this layout is the compactest.

Preferably, it is provided that at least two sensor component or there are such as radiated element and two parts receiving element Sensor component.These two sensor components or part are preferably arranged on the opposite side of carrying device or receiving area And/or in every kind of situation, it is designed to the position of detection arrangement sample container element on carrying device.By this side Formula can be reliably detected whether sample container element is correctly placed on carrying device.Otherwise, start hybrid motion and Break away from sample.It is possible to avoid this.But single sensor component can also be passed through, such as by specifically measuring signal The subrange measuring signal existing or not existing or assess realizes the detection of position with fixing.

Electronic control device is preferably designed to type based on the sample container element being arranged on carrier element and selectes Operating parameter, and it is preferably designed to the measurement signal detection this type by sensor component, measured by least one Geometrical property determine the type.

Electronic control device preferably has calculating unit, and especially programmable circuit, in particular for performing one Individual or multiple rate-determining steps.Preferably perform this rate-determining steps by computer program.These calculating units and/or circuit And/or the signal of measuring that rate-determining steps is preferably designed to according to recording performs the procedure Selection of computer program, in order to especially Exporting such as relevant with the operating parameter automatically selected Yu propose indication signal or item of information to user, this indication signal relies on In the measurement signal recorded.Laboratory installation is preferably designed such that user can be by inputting user by means of user interface Operating parameter confirms or sets the operating parameter of the laboratory installation according to the present invention, in order to such as sets up at least one and moves Parameter (such as, setting up hybrid motion program, translational speed and/or travel frequency) or set point temperatures value.By this kind of mode, Enable in particular to prevent owing to the possible mistake of sensor component is measured, carried out operating parameter entirely by electronic control device The particular error of operating parameter the most automatically misspecification may be occurred in the case of automatically selecting.But, this auto-programming It is possible that and can and preferably be set up at least by electronic control device automatically according to measured measurement signal One operating parameter.

Electronic control device preferably has data storage part, in particular for having the storage of the allocation table of numerical value Device: the geometrical property of at least one sample container element；The type of sample container element, be preferably assigned to these types can The measured value (and preferably tolerance) of energy；It is assigned to the operating parameter of these types, preferably laboratory mixing arrangement equally Multiple different operating parameters, it is intended to the type according to sample container element, especially moving parameter (such as translational speed Or frequency of oscillation, amplitude) or set point temperatures value, such as laboratory mixing arrangement avoid condensing cover, or these operations Parameter and change.

Existing electronic control device, or possible multiple control devices, can have in lower member or Multiple or whole；-calculating unit, such as CPU；Microprocessor；Data storage device, permanent and transient data memorizer, RAM, ROM, firmware, allocation table memorizer；Program storage；For the program coding of Control release chamber device, it is particularly useful for root According to the program coding of the operating parameter measuring signal Control release chamber device measured, for setting up program parameter according to user The program coding of one or more Control release chamber devices, the kind of such as hybrid motion, the order of hybrid motion, hybrid motion Persistent period, temperature regulating block set point temperatures, condensation avoid cover to select；Energy expenditure for Control release chamber device Program coding (automatic stand-by)；Log in memorizer, during it is used for storing and being made at control and/or laboratory blender Available in the operation history of part logs in file；Wired or wireless interface for data exchange.Laboratory installation is also Can have in lower member is one or more or whole: housing, base portion, be used for carrying moving device and/or carrying device Framework；Voltage supply, the detection type of user's entering apparatus (operator's control panel), display, sample container element Indicator, for indicating the indicator (alarm) of at least one mode of operation of laboratory installation；For by interchangeable hot block even Receive the holding means of carrying device；The covering especially avoided above the carrying device of condensing cover can be arranged in.

Carrying device is used for carrying at least one sample container element.Carrying device is especially designed as being not related to laboratory In the case of the user of device, during processing at least one laboratory sample, perform at least one sample container element. Carrying device can be parts or multiple parts.Carrying device can the most unremovably (= In the case of not damaging non-dismountable) and/or the most removably (dismantled by user) be connected to laboratory installation or Its base portion of person, particular to laboratory blender part or its moving device or its actuator component may be arrived, or can The coupling part of energy ground moving device.Carrying device can have the retainer member for sample container element.Carrying device can To be peripheral devices or there is peripheral devices.

What in this situation, term " peripheral devices " referred to may be coupled to (the most removably) laboratory installation can be mutual Change part.

Peripheral devices is interchangeable piece of module in particular, i.e. at least one sample container element with block form can Exchange retainer member.Peripheral devices can preferably arrange or be fixed on carrying device or laboratory installation.Laboratory fills Put and/or carry device to be preferably designed to peripheral devices is fastened to laboratory installation and/or carrying device.Peripheral devices can To be or there is the retainer member for sample container element.Peripheral devices can also is that to be avoided condensing cover.

For can arrange or be fixed on the retainer member of sample container element on carrying device preferably provide and Preferably include plastics, it is also possible to include plastics and/or metal, the especially one in steel, aluminum, silver or these metals Or it is several.

Carrying device and/or peripheral devices for sample container element are preferably designed to by having at least one heat Conducting parts or by have at least one temperature control component carrying device regulate at least one sample container element Temperature.They are preferably designed in every kind of situation regulate for temperature, say, that control adding of (or not controlling) sample Heat and/or cooling, be especially used as operating parameter by set point temperatures, but in every, situation all has temperature sensor and/ Or control loop by distribution.

Interchangeable piece of module preferably includes at least one material with good heat conductivity, preferably metal, especially One or more in steel, aluminum, silver or these materials, or include one or more of these materials or include plastics or base Plastics are included on Ben.Interchangeable piece of module preferably has the framework including plastics.Interchangeable piece of module be preferably configured to Few sample container kept by positive pole connection (positive connection) and preferably thermally contact at least one type Element.In the situation that positive pole connects, produce power transmission or for solid by the interior bonds of the local configuration of connecting element The connector of the position between limiting-members (sees Dubbel, Taschenbuch f ü r den Maschinenbau [for machinery The pocket book of engineering], 21 century, version, 2005, Springer Verlag, chapter G, 1.5.1).In present case, It is designed as also referred to as regulating hot block as block or temperature for thermoregulator interchangeable piece of module.

The thermal contact area of carrying device or carrying device preferably has at least one temperature regulator devices, especially Peltier's element or stratie, such as heating foil, and preferably at least one temperature sensor, its by with temperature The interaction of regulating block is that is by the temperature of heat-flow measurement temperature regulating block at the attachment point of temperature sensor. Temperature regulator devices is preferably arranged on the base portion of laboratory installation.Meanwhile, or with it independently, sensor component is excellent Selection of land is arranged in the peripheral devices of laboratory installation.This allows sensor component to be suitable to the certain kinds of peripheral devices individually Type, this makes the effective use of the particularly efficient production of peripheral devices and/or sensor component, is simultaneously used for laboratory installation Temperature regulation or the functional parts of movement can preferably be generally used for whole peripheral devices and in particular according to laboratory Device is arranged.The temperature measured controls the measurand in loop with acting on, and controls temperature control by described measurand System carrying device or the temperature of temperature regulating block.It is provided preferably with multiple control loop.In especially preferred structure, temperature is adjusted Joint device arrangements is in carrying device or is arranged in the thermal contact area carrying device, and transducer arrangements is adjusted in temperature In locking nub.

Carrying device and the peripheral devices that may belong to carry device the most preferably have at least one in every kind of situation Connection element, when in defined position peripheral devices being arranged on carrying device, this at least one connection element is formed extremely A few detachable connection is right, and electric energy and/or at least one signal can be by this connection to transmission.At least one detachably joins Connect to corresponding connection element potential isolation the most each other.Electric energy and/or at least one signal can pass through at least one can Dismounting couples preferably optically and/or inductively and/or capacitively transmitting.By this kind of mode, can control device with The exchange of signal and information is there is, especially when sensor component is arranged in peripheral devices or is connected to week between peripheral devices During the device of limit.

Carrying device and/or peripheral devices, the most interchangeable piece of module, it is therefore preferred to have electrical connection system.This is permissible Having multiple electrical contact, the most elastic or non-resilient metal contact, metal connector, metal canula etc., it may be coupled to reality Testing the multiple auxiliary contacts on chamber device, these auxiliary electrical contacts are preferably automatically set up, and especially work as peripheral devices, especially Interchangeable piece of module, when being arranged on laboratory installation, processes without any other in addition to the layout required.Logical It is also possible for crossing the contactless signal coupled coupling.For controlling temperature regulating block or the temperature of temperature regulation carrying device Temperature sensor be not the ingredient of sensor component and must obscure with it.Control the electronic control device of controller It is preferably arranged in laboratory installation, is preferably arranged in the electronic-controlled installation of laboratory installation or regulates in temperature On carrying device, but also can be arranged in peripheral devices, especially be arranged in interchangeable piece of module.

Carrying device or temperature regulating block preferably have electric multiple contact system, in this case by multiple electric wires in temperature Being incorporated in regulating block on the electric multiple contact element being placed on outside temperature regulating block, it is on the side of laboratory mixing arrangement May be coupled to the multiple contact element of complementation.The electrical connections of multiple contact system can lead to carrying device or temperature regulating block Multiple electronic sections, such as arrive the temperature control device of temperature regulating block temperature sensor or to sensor component one Individual or multiple sensor or to controlling device.

Receiving area is preferably provided on carrying device.Receiving area is preferably configured to receive one or more sample Container component or especially adaptor plate or one or more adapter elements of adapter block.Adapter element preferably structure Make as receiving at least one sample container element.Receiving area preferably has supporting zone, and wherein sample container element is preferred Ground is by least three strong point or Support Position, and at least one supporting zone or support frame are supported on carrying device.Connect Receive region and can have one or more opening, gap or cavity.Receiving area it is so structured that so that sample container element can Such as can be moved on receiving area by means of exciting motion by the sliding bearing on receiving area, bearings with rolling contact etc. Dynamic, especially level may move.

Carrying device preferably has for peripheral devices is removably retained in the retainer member on carrying device, example Such as elastic clamping saw or capturing means, peripheral devices is sawed by elastic clamping or capturing means is reliably maintained, particularly by The sample container element being disposed thereon, the most even during hybrid motion.Receiving area is preferably configured to substantially Upper positive pole juncture receives one or more sample container elements.In the situation that positive pole connects, by the office of connecting element The interior bonds of contouring produce power transmission and the position between fixed component connector (see Dubbel, Taschenbuch f ü r den Maschinenbau, 21 century, version, 2005, Springer Verlag, chapter G, 1.5.1).Receiving area preferably has at least one gap.Receiving area is provided preferably with for being held by least one sample Device element is maintained at the retainer member on this receiving area.Retainer member be preferably designed such that by sample container element (or The interchangeable hot block of person or adapter element) it is connected to be set up by user that become with the receiving area again dismantled can Energy.Interchangeable hot block or adapter element can also have this retainer member.

In first preferred implementation of the present invention, laboratory installation is designed as mixing at least one laboratory sample This laboratory mixing arrangement, at least one operating parameter preferably affects the moving parameter of exciting motion, and at least one passes Sensor device is preferably connected to carry device, and carrying device is preferably movably arranged on laboratory installation, and real Test chamber device and preferably there is the sports apparatus for performing to carry the exciting motion of device, what sports apparatus produced excite fortune Dynamic causing carries device and is connected to carry the movement of the sensor component of device.

Operating parameter is preferably moving parameter, especially the speed variables of exciting motion, such as along predetermined mobile road The sample container element in footpath or the speed of carrying device；Frequency, such as along the oscillating movement opening path or closed path Frequency, such as circle or oval etc., or amplitude of this motion.Laboratory blender part is preferably designed to orbital shaker, Wherein the mobile horizontal plane that is arranged essentially parallel to occurs.This have being possible to prevent or reduce that sample container covering gets wet excellent Point.

Moving parameter can also is that the change of these moving parameters already mentioned above.Can also affect in these moving parameters Multiple.If the type in particular according to sample container element automatically selects this moving parameter, then be prevented from certain kinds The sample container element of type, such as deep-well plate move in inappropriate mode, the fastest and have too much centrifugal force.Existing Have in the situation of laboratory blender part of technology, such as, it be observed that and be designed as " generally " microtitration plate at high speeds The deep-well plate cast aside.These feelings can be avoided in the situation of the preferable configuration of the description of the invention as laboratory blender part Shape.

Moving device can have one or more actuators, motor and/or actuator for producing exciting motion.Move Dynamic device can drive one (or multiple) mobile element, and it is connected at least one sample container element, especially according to mobile It it is carrying device.One or more coupling parts can be arranged between mobile element and sample container element, its preferred DIGEN According to mobile coupled.Moving device is preferably designed to along the substantial horizontal plane (liquid sample caused relative to gravity Flat liquid height) perform sample container element especially also have carry device movement；This moves (=exciting motion or mixing Motion) it is preferably oscillation mode, the pattern vibrated in the way of substantially circular translation the most in the planes.Can be preferred Ground has two that receive adapter of the circular movement of roughly the same Angle Position, same angular velocity and same radius by execution (imaginary) point describes this hybrid motion.Hybrid motion can the most such as pass through programme-control or by user by automatically Select and/or impact.

Carrying device is preferably movably arranged on laboratory installation so that carrying device mixes relative to laboratory The base portion of device especially laboratory mixing arrangement may move, so that the exciting motion produced by moving device causes carrying device And it is connected to carry the movement of the sensor component of device.Owing to this position keeps not changing, therefore this provides sensor Measure the further advantage being independent of carrying the relative localization of device and sensor component.In the moving process of sample container element This measurement such as can also occur, such as to detect its position.Sensor component is the most ad hoc arranged in carrying device On.

Carrying device preferably has preferably partially or completely about the pedestal of receiving area of carrying device Or frame part.Sensor component is preferably integrated into this pedestal or frame part or is connected to this pedestal or frame part.Base Seat or frame part are also preferably designed to the holding part for laterally keeping at least one sample container element.Pedestal or Frame part is preferably designed to positively keep and/or around at least one sample container element.Pedestal or frame part can To have such as, other holding member of fixture, fasteners, bolt etc..As keeping part, it is preferably designed to stand to add Speed, it acts on sample container element in the situation of laboratory mixing arrangement during the hybrid motion of described element Go up and for keeping sample container element regularly.This of pedestal or frame part is multi-functional makes the outstanding of laboratory blender part Its compact type be constructed to possibility.

In second preferred implementation of the present invention, laboratory installation is designed as heating and/or the experiment of cooling Room temperature adjusting means, especially as the laboratory temperature actuator of the temperature for regulating at least one sample container element Part, laboratory installation preferably has heating element heater or a temperature control component, and/or preferably has and can heat or temperature Controlled cover piece, to cover at least one sample container element, especially avoids condensing cover, and operating parameter is that temperature is adjusted Save element and/or the heating operation variable of cover piece or the set point temperatures of heating element heater.Term " temperature regulation " therefore describes By the controlled change (being increased or decreased) of described temperature, temperature is set to set-point value.

By applying the temperature higher than the sample in sample container element in the overlay area of sample container element Temperature, can heat the inner side condensing to covering of cover piece sample steam in preventing container.Operating parameter is preferably Especially avoid the set point temperatures of the cover piece of condensing cover.The actual temperature of the overlay area according to the heating of temperature regulating cover part device Degree depends on type or the height being arranged in the sample container element below cover piece.The type of sample container element or sample hold Automatically the detection of the height of device element makes it possible to especially prevent the temperature of the unsuitable set point of the cover piece of use, such as, exist Too high set point temperatures in the situation of high deep-well plate.

Laboratory temperature adjusting means, preferably on the upside of laboratory temperature adjusting means, has for carrying and adjusting The temperature of the temperature saving at least one sample container element controls carrying device.Carrying device preferably has and is designed as extremely The contact area of the thermo-contact of a few sample container element or interchangeable hot block or adapter block.Therefore, particularly by laboratory The active change of the temperature of the contact area of temperature regulator devices is heated or cooled the sample in sample container element indirectly.

The cover piece of heating, especially avoids condensing cover, preferably with the housing of laboratory installation and/or carrying device or It is arranged in the sample container receptor carrying the space (such as, interchangeable hot block, adapter block, container holder) above device Part is packaged together.At least one laboratory containers with sample is projected into this space therein, preferably temperature regulation And by this heating cover piece (or avoiding condensing cover) be heat-insulating.The cover piece self of heating has such as heating foil At least one heating element heater.Commonly by the heating element heater controlling device i.e. temperature regulation laboratory installation control cover piece.

The temperature of the heating element heater in cover is preferably set to the contact than laboratory adjusting means in every kind of situation The temperature in region is high about 10 DEG C, the such as specific effective temperature difference between 8 DEG C and 12 DEG C.This preferably higher than 50 DEG C, 60 DEG C Or the situation of the set point temperatures of the contact area of 70 DEG C up to 120 DEG C operates this most by this way.

Especially based on measured value in the region of laboratory temperature adjusting means, namely sample container unit based on detection Part, the temperature of the heating element heater in the type set cover piece of the sample container element being based especially on detection is considered as to have creation Property.Therefore it is there is higher sample container element, the most only according to the advantage of the device of the present invention Heat, the high sample plane of deep-well plate melting or catching fire, because this kind of mistake can be avoided by the sample container element that inspection is inserted Situation by mistake.

Operating parameter can also relate to Control release chamber device or the device relevant to laboratory installation (such as, at machine In tool hand system etc. for sample container element, manipulation device, the transmission system of pipettor part) some functions other ginseng Number.

In the 3rd preferred implementation of the present invention, laboratory installation is designed as laboratory blender part and the reality combined Testing room temperature adjusting means, it can also have other function.The invention is not restricted to the experiment according to three preferred implementations Chamber device.

Being used for by laboratory installation according to the present invention, especially in accordance with the laboratory installation of the present invention, operation is especially It is the method for mixing and/or the temperature regulating at least one the laboratory sample being arranged at least one sample container element, The operation of at least one laboratory sample, described method wherein can be controlled by least one operating parameter of laboratory installation Comprise the following steps:

-measure and represent at least one sample container element and especially represent the type of at least one sample container element At least one measured value；

-by least one rate-determining steps based at least one measured value and based at least one operating parameter control right The operation of at least one laboratory sample；

-preferably: obtaining after starting the enabling signal of operation :-be based preferably on record at least one survey Value is started and is changed or at least one rate-determining steps immovable by its at least one operating parameter；And；-preferably pass through This at least one rate-determining steps, at least one measured value being particularly based on record performs or does not performs, and especially terminates or blocks Operation according at least one operating parameter.

In the method according to the invention preferred implementation with laboratory installation, correspondingly, the method includes performing For automatically determining the step of the calibration measurement of reference value, and/or laboratory installation is configured to perform calibration measurement.Calibration is surveyed Amount improves the reliability of the method according to the invention and laboratory installation.

In the situation performing calibration measurement, sensor component is preferably configured to be reflection optical barrier.However, it is also possible to Calibration measurement is provided by other embodiment.Reflection optical barrier have preferably light emitting diode (LED) be used for launch The ballistic device of light and the optical diode being preferably used for receiving the light being launched and then reflected by reflecting element Receiving element, it is here sample container element, preferably microtitration plate.In the upstream receiving element, at incident illumination Path in, it is therefore preferred to have be installed as towards the illuminator of inclination receiving element and rebooting light, and/or similar lens or filter Another optical element of light device.Light filter is especially advantageously arranged in optical path in the upstream receiving element, to transmit Launch the wave spectrum of light and preferably substantially stop that be not included in the emission spectrum of ballistic device has other ripple Long light.Whole light intensity I detected of sensor component_Always, particularly from the receiving device of reception light, it is light two pole here Pipe, is formed by the summation of at least three part of light intensity, and it is the intensity I of signal lights I_Signal, arrive the most logical of receiving device Cross the optical filter in path or the intensity I of the scattering of light light from other point scattering in optical path_Scattering, and The intensity I of the bias light of receiving device is reached from environment_Return, according to:

I_Always=U_Signal+U_Scattering+I_Return

Light intensity I of the described radiated element depending in part on sensor component_LED(λ) with the intensity I from ambient light_Environment (λ):

I_Signal=R*F²(λ) * I_LED(λ)

I_Scattering=S*I_LED(λ)

I_Return=F(λ) * I_Environment(λ)

Thus, F(λ) it is the spectrum tilting illuminator, also serve as optical filter, S is the scattered light of the illuminator tilted Coefficient, and R is sample container element to be detected, is the reflection coefficient of microtitration plate here.

The target of calibration measurement is by by I_SignalBe contained in I_AlwaysIn light intensity other mark separate come from whole detection Light intensity extract signal mark (signal fraction).Known I_SigQuantity allow about reflection R and thus About presence or absence, or the height preferably pertaining to sample container element is reached a conclusion.

Especially this can be implemented as described below:

The most such as, laboratory installation startup stage, such as just after driving element, determine scattered light I_stray.For Determining scattered light in the case of not having ambient light, sample container element is masked is lighttight to ambient light, such as will Cladding element is arranged on sample container element or additionally cuts off ambient light.It is assumed herein that, not by sample container element cloth Put in the situation in laboratory installation, reflection R=0.Then, scattered light intensity is confirmed as opening and then closing Overall strength I of the LED closed_AlwaysDifference:

LED closes: I_Always=0

LED opens: I_Always=SI_LED(λ)

REF1=△I_Always=SI_LED(λ)

2. in order to startup stage during determine the second calibration measurement, by arranging that sample container element in a device is surveyed Amount overall strength I_Always, and then, in the case of there is no sample container element, simultaneously such as by covering is correspondingly arranged Sample container element shields ambient light:

There is no a sample container element:

I_Always=SI_LED(λ)

There is sample container element:

I_Always=R*F²(λ) * I_LED(λ)+SI_LED(λ)

REF2=△I_Always=R*F²(λ) * I_LED(λ)

3. use two reference values REF1 and REF2, for threshold intensity I_{Threshold values}Value (" * " represents multiplication) identified below:

I_{Threshold value}=REF1+0.5*REF2

Value for threshold intensity is stored in the memorizer of laboratory installation.Threshold value is with acting on a near few measurement The reference value that value compares with at least one reference value.Preferably, perform to calibrate survey at least one times for each single laboratory installation Amount, thereby determines that I_{Threshold value}At least one times.Being also possible to the most automatically remind, user is at least one times so that such as with echo plex mode weight Resume classes locating tab assembly.It is also possible to such as by for from different calibration measurements, such as from several different single laboratory dresses Put the I of reception_{Threshold value}Result be averaged and determine I_{Threshold value}Default value, and by laboratory installation from manufacturer be sent to use Described default value was stored in the permanent memory of laboratory installation by family in the past.

The most once activate in the operating process of laboratory installation and highly determine, then be carried out twice measurement: be once Close LED(LED_Close: I_Always) the measurement of whole signals, and be once to open LED(LED to open: I_Always) the survey of whole signals Amount:

LED_Close: I_Always=F(λ) I_Environment(λ)

LED_Open: I_Always=RF²(λ) I_LED(λ)+SI_LED(λ)+F(λ) I_Environment(λ)

Preferably, twice measurement preferably interior and then another execution during the time of 10,5,1 or 0.5 second. As such, it is possible to make the impact of the ambient light the most slightly changed minimize.Further preferably by cutting off LED execution the 3rd Measure, in order to confirm the difference of twice measurement of ambient light less than allowing quantity for described difference, this quantity is preferably In determining before and being stored in the memorizer of laboratory installation.

May determine that the most now the difference of two overall strengths, it is preferable that its reception is independent of the signal value of ambient light:

△I_Always=RF²(λ) I_LED(λ)+SI_LED(λ)

Now by described signal value △ I_AlwaysWith threshold intensity I_ValveCompare: limit following situation:

△I_Always>I_{Threshold value}=> sample container element has the first geometrical property, such as microtitration plate from type " DWP "

△I_Always<I_{Threshold value}=> sample container element has the second geometrical property, such as microtitration plate from type " MTP "

Can from the description according to the present invention and the laboratory installation of illustrative embodiments other structure of preparation method Make.

The invention still further relates to the disposable sample container element that sample container element, especially plastics are made, the most all Such as microtitration plate or many container panel of PCR plate, especially there is interaction zone, especially reflector space and/or coding region Territory, its sensor component being configured to the laboratory blender part according to the present invention interacts.Reflector space can be special Ground changes signal event wherein, say, that provides information for it, and sends it to receive element, say, that be anti- Penetrate it.This is also possible to the transit area on sample container element is similar.Interaction zone, especially coding region, Allow the most automatically to detect sample container element (or type) by the laboratory blender part according to the present invention.Interaction area Territory can be integrally formed with sample container element, particularly by injection mo(u)lding whole plastic sample container component and interaction area Territory.Such as, it may be configured to by machine or the region of manually printing.Additionally, interaction zone can be with sample Container component separates and is connected to sample container element, such as, as label, it such as prints by user and/or by machine Brush is attached in the marked region of sample container element.

Accompanying drawing explanation

The other advantages and features of the present invention from illustrative embodiments and accompanying drawing described below reveal.At this In, identical reference essentially relates to identical parts.

Fig. 1 schematically shows the illustrative embodiments of the laboratory installation according to the present invention.

Fig. 2 schematically shows another illustrative embodiments of the laboratory installation according to the present invention.

Fig. 3 a, Fig. 3 b, Fig. 3 c and Fig. 3 d are schematically illustrated in the laboratory installation in every kind of situation according to the present invention There is another illustrative embodiments of the carrying device of the microtitration plate of insertion.

Fig. 4 a schematically show have the laboratory installation according to the present invention sensor component have low micro- The illustrative embodiments of the carrying device of amount titer plate.

Fig. 4 b diagrammatically illustrates the chart measuring signal with the sensor component from Fig. 4 a.

Fig. 5 a shows the carrying device of the sensor component of Fig. 4 a including having high titer plate.

Fig. 5 b diagrammatically illustrates the chart measuring signal with the sensor component from Fig. 5 a.

Fig. 6 a shows the tool of another sensor component with the laboratory installation according to the present invention with schematically showing There is the illustrative embodiments of the carrying device of low microtitration plate.

Fig. 6 b diagrammatically illustrates the chart measuring signal with the sensor component from Fig. 6 a.

Fig. 7 a shows the carrying device of the sensor component of Fig. 6 a with high microtitration plate.

Fig. 7 b diagrammatically illustrates the chart measuring signal with the sensor component from Fig. 7 a.

Showing another illustrative embodiments of the laboratory installation according to the present invention to Fig. 8 a perspective, it is used for having There is the interchangeable hot block of the sensor component shown in Fig. 9 a.

Fig. 8 b shows do not have the interchangeable hot block including sensor component shown in Fig. 9 a shown in Fig. 8 a Laboratory installation.

Fig. 8 c shows the interchangeable hot block including sensor component not having shown in Fig. 9 a shown in Fig. 8 a, but It it is the laboratory installation with the adapter element including the shuttle retainer member shown in Fig. 9 d.

Fig. 9 a shows the interchangeable hot block of the sensor component of the laboratory installation with Fig. 8 a.

Fig. 9 b shows the interchangeable hot block of Fig. 9 a, and the 96-well trace wherein inserting the low clearance shown in Figure 11 a drips Determine plate.

Fig. 9 c shows the interchangeable hot block of Fig. 9 a, wherein inserts the 96-shown in Figure 11 b of bigger height (deep-well) Well microtitration plate.

Fig. 9 d shows the adapter element with the shuttle retainer member illustrated on the laboratory installation of Fig. 8 c.

Figure 10 a shows the interchangeable hot block of the sensor component with Fig. 9 a.

Figure 10 b shows the details of the interchangeable hot block of Figure 10 a.

Figure 11 a shows low-96 well microtitration plates that may be used for the interchangeable hot block shown in Fig. 8 a.

Figure 11 b shows the higher 96-well microtitration deep-well plate that may be used for the interchangeable hot block shown in Fig. 8 a.

Figure 12 schematically shows another illustrative embodiments of the laboratory blender part according to the present invention.

Figure 13 diagrammatically illustrates another illustrative embodiments of the laboratory installation according to the present invention, i.e. according to this That invents has the laboratory temperature adjusting means being avoided cover by thermal coagulation.

Figure 14 shows the preferred implementation according to the method according to the invention and according to according to assembly of the invention The chart relevant to calibration measurement of preferred implementation.

Figure 15 shows the chart relevant to the calibration measurement in Figure 14.

Detailed description of the invention

Fig. 1 is schematically illustrated in biochemical laboratory the laboratory blender part 1 used, real for sole user Testing room hybrid device 1 is portable device, i.e. bench-top laboratory hybrid device 1.Laboratory blender part 1 has and includes with can The base portion 4 of the moving device 2 of mobile coupling part 2'.Laboratory blender part 1 is designed as orbital shaker.Moving device designs For making carrying device 3 perform circular vibration hybrid motion in a horizontal plane, in order in the reception area being arranged in carrying device Territory 6 and the microtitration plate 8 by positive pole connection holding mix containing water sample 9.The exciting motion of moving device 2 is as mixed Resultant motion is sent to carry device 3 by coupling part 2', and carrying device 3 is connected to mixing fortune regularly and unremovably Dynamic coupling part 2 '.During the activity of moving device, coupling part 2', have sensor component 20 carrying device 3 and Microtitration plate 8 thus performs identical horizontal movement.

Be fixedly connected to carrying device 3 is sensor component 20, and it is arranged in fully frame and lives for microtitration Captively it is maintained at by its microtitration plate on the frame part 3' of the receiving area 6 of plate 8 and during hybrid motion On carrying device.Sensor component 20 is configured to elevation carrection device, and it is solved by 4a to Fig. 7 b further with reference to the accompanying drawings Release.For example, it is possible to be by the substandard type of microtitration plate or high standard kind of arrangements by the detection of elevation carrection device In receiving area 6.According to measure result, by control device 5 regulate hybrid motion, such as with at low microtitration plate Situation is compared, and applies relatively low frequency of oscillation in the situation of high microtitration plate.Carrying device 3 and frame part 3' thereof thus enter The row installed part for microtitration plate and the dual-use function measuring device of the height for microtitration plate.Due to sensor Device arrangements, on carrying device, is especially arranged in connecing at the small distance of the periphery such as d=0.8cm of receiving area Receive the lateral outer side in region 6, owing to frame part 3' is both configured to the installed part for microtitration plate 8 in any case, Therefore the function of elevation carrection can be provided in the case of not having any horizontal space requirement.

Sensor component 20 is connected to control device by having the cable device of the cable connection points 7' being shown as stain 5.Electrical connection between removable connection part 2' and moving device 2 is embodied as cable bundles, and the shifting of connection part is followed in its one end Dynamic.

Fig. 2 shows the laboratory blender part 1' constructed in mode corresponding with laboratory blender part 1.Replacement can not Releasably being connected to the carrying device 3 of moving device 2, laboratory blender part 1' has many parts carrier part 30(namely Parts 31,32,33,34,35).Carrying device 30 has the receiving area 33 for receiving interchangeable hot block 32, interchangeable hot block 32 are removably retained on receiving area 33 by the frame part 31 of carrying device 30, but exchange during hybrid motion Hot block 32 is strapped on receiving area 33.By frictional connection, the interchangeable piece of module 32 peace on receiving area 33 can occur Dress, such as by using the clamping equipped with spring on frame part 31 to saw (not shown).Interchangeable piece of module 32 has use In the receiving area 34 receiving microtitration plate 8.Microtitration plate 8 can be connected by positive pole and/or frictional connection is maintained at On interchangeable hot block 32.The sensor component 20' being designed as elevation carrection device is transversely disposed on relative to receiving area 34 In interchangeable piece of module 32 and unremovably it is connected to interchangeable piece of module 32.Sensor component 20' and electric control device Between electrical connection design in the way of identical with the situation of laboratory blender part 1.Interchangeable piece of module 32 and carrying device Electrical pickoff 7' between the base segments 35 of 30 can have spring metal contact (not shown), in order to making reliably is electrically connected is connected into For possible.It is also possible that magnetic between interchangeable piece of module 32 and base segments 35 is connected.

The use of the interchangeable piece of module 32 with integrated sensor device 20' have can use be suitable to different types of The advantage of different types of interchangeable piece of module 32 of the layout of sample container element 8.Due to sensor component is integrated in can be mutual Change in block module, and do not change the horizontal size of interchangeable piece of module, therefore can design carrying device 30, Yi Jiyou compactly This laboratory blender part 1', and in addition without carrying out the function of sensor component.

Fig. 3 a shows the carrying device 3 of the laboratory blender part 1 with single sensor component 20.

Fig. 3 b shows the carrying device of two sensor components 20 having on the opposite side being arranged in receiving area 6 3a.The use of more than one sensor component allows to be positioned in receiving area 6 microtitration plate 8 so that the most relatively reliable Ground is measured.

Fig. 3 c shows the sensor component with the recognition means being designed as the type for identifying sample container element 8 20 " carrying device 3b.This sensor component 20 " need not be along the height of the sample container element 8 being positioned in receiving area 6 Arrange.Illustrate in figure 3 c, sensor component 20 " in the lower area of the inner side being arranged in frame part 3b' or be arranged in The top of the bottom level of receiving area 6.

Fig. 3 d shows the sensor with the recognition means that same design is type for identifying sample container element 8 Device 20 " ' carrying device 3c.Sensor component 20 " ' be arranged in the receiving area 6 of carrying device, especially it is arranged in reception On the bottom in region 6.Such as, sensor component can also to be arranged in interchangeable piece of module 32(not shown) receiving area 34 In.In this case, sample container element 8 is arranged on it and has sensor component 20 " ' the gap 12 that can protrude into or chamber On the bottom surface of body 12.Can the most compactly according to the carrying device according to Fig. 3 c and the requirement of Fig. 3 d or laboratory blender part Design.

Recognition means 20 " or 20 " ' may be configured to distinguish the single sample container element 8 being arranged on carrying device Or the type of sample container element 8, particularly it is titer plate or PCR plate etc..Recognition means can be assessed and be arranged in sample Coding region on this container component.To this end, sensor component can have multiple sensor, or have with spatial discrimination The sensor of power and/or its signal intensity of one or more sensors can be estimated.Coding region can have with The mode of 1D coding (such as bar code) or 2D coding (such as encoding according to the QR of ISO/IEC18004) or other coding Contrast district.Coding region can also have gray scale or gray color, and this such as can be assessed by signal intensity.

Fig. 4 a schematically shows the having of sensor component 20 with the laboratory blender part according to the present invention The illustrative embodiments of the carrying device 3 of the microtitration plate 8 of low type.Sensor component 20 is set to elevation carrection device And there is the resolving power in two differing heights stages.For this purpose it is proposed, sensor component has two sensor elements S1, S2 (reference 21,22), say, that lower sensor element S1 and upper sensor element S2.Each sensor element 21,22 There is radiated element 21a(and correspondingly 22a) with receive element 21b(and correspondingly 22b).Elevation carrection device is preferably It it is optical measuring device.In each situation, radiated element is preferably LED, especially infrared LEDs, and connects in each situation Receive element and be all preferably optical diode.

Sample container element 8 has reflector space 8a, and it is logical along the direction reflection of the optical diode 21b producing the signal of telecommunication Crossing the light that LED21a launches, this makes can be obtained as the electronic controller to laboratory blender part by sensor component 20 The measurement signal of part.In the situation illustrated in fig .4, it is arranged in holds owing to having the sample container element of relatively low height h Carrying on device 3, sensor element S2 is arranged higher than h, and therefore sensor element S2 does not measure signal.Show logical in fig. 4b Cross measurement signal M=(S1, S2 that two part signals of sensor element 21,22 provide)=(1,0).Value M=of signal will be measured (1,0) is encoded to " generally " information, say, that be arranged on carrying device 3 according to the low microtitration plate of ansi standard.

The reference value (coding) of this measured value M Yu storage is compared the height allowing to infer sample container element Value, say, that infer that it is higher than the height of the position of sensor or low.If it have been determined that measured value M=(1,0), this Result of the comparison value can e.g. logical value.Obtain the type of sample container element from this geometrical property, especially determine humble The existence of amount titer plate.According to this end value, control device in rate-determining steps according to the such as rotary speed selected by user Operating parameter allow and perform the mixing of sample, if or require user's temporary query, then operating parameter is automatic Be set to appropriate value, if or mixed process is in process, the most do not perform mixing or terminate mixing.

Owing to the reflexive of the outer wall of tradition microtitration plate be enough to the luminous reflectance of radiated element to sensor component Receiving element, therefore to be preferably configured so that the reflector space 8a of sample container element need not any specific for sensor component Structure.However, it is also possible to the reflector space 8a of sample container element 8 is configured to reflect light, wherein it has the most outstanding The reflecting surface of its good that is relative smooth.

Fig. 5 a shows the carrying device 3 of the sensor component 20 in having such as Fig. 4 a, high microtitration plate, say, that Deep-well titer plate 8 ', is here arranged on carrying device.Sensor component 20 measures signal M=(1 in this case, 1), this is the coding of the existence for deep-well microtitration plate.

At sensor component 20, say, that in the situation of elevation carrection device, it has two discontinuous stages Measurement resolution, say, that two level stages, compared with the measurement solution with a level stages, two sensings Device element provides and realizes the bigger deterministic advantage of measurement.This determines that the Error sensitivity making measurement reduces and makes survey Measure the measurement of more reliable redundancy.In measured value M produces the situation of the value being different from (1,0) or (1,1), can repeat Measure until determining and allowable value or identical measured value M is repeatedly measured and confirms.Correspondingly, electronics control can be passed through Device processed controls hybrid motion, and is such as possible to prevent opening of hybrid motion in the situation of the most admissible measured value M Dynamic, especially alarm signal can be exported user.This is particularly suited for measured value M=(0,0) situation, say, that not Sample container element at detection.Normally, for implementing error correction as above, it is preferable that use more than expectation resolving power A The digital N of sensor element, say, that N > A, preferably N=M*A, wherein the M integer preferably more than or equal to 2 or Person's real number.

As the alternative of this error correction, may be except three measured value M outside (0,0), say, that (1,0), (0,1) and (1,1), may serve as the coding about the information measuring sample container element, say, that such as dissimilar at three kinds Sample components between make differentiation, three kinds of different types of sample components the most different being constructed such that in every kind of situation make it Cause this kind of different measuring signal.For this conceives, the sensor of sensor component can also be without same layout, such as Flatly or along two-dimensional arrangement.

Preferred about the sample container element of the measurement being arranged on carrying device or the information of sample container component kind Ground is used to regulate the operating parameter of laboratory blender part by electronic control device.This regulation is preferably by according to depositing Store up what the allocation table in the data storage device of the laboratory installation being suitable to measured measured value at its operating parameter selected Electronic control device occurs.Selected operating parameter is indicated to user by user interface means, the operation of such as Fig. 8 a-Fig. 8 c Member's control panel and indicator panel.Then user confirms the operating parameter proposed or does not confirm the operating parameter proposed.This Outward, control program (computer program) and be designed such as with controlling device, in the instruction of selected operating parameter or refer to independent of this After showing, say, that generally user inputs the user operation parameter of their own.

Then control program to be preferably designed to user before starting the process changing operating parameter with controlling device Operating parameter compares with measured value, and sets up operating parameter (or changing operating parameter) by it and opened by it The operation of beginning sample or change this operation, realizes this by control program and by controlling device.Control program and control Device is preferably designed to measured value in digital form and existence or the sample container element that there is not such as deep-well plate Fiducial value compare.In this case, it is possible to provide at least one threshold value limiting tolerance limit.If according to measure Measured value is set up control program and/or controls device, and user operation parameter is just unsuitable for that is not meeting this measured value, and And high possibility sample being caused mistake with damaging can be had for this reason, laboratory installation returns to original state (or the initial value to operating parameter).This can be original state or initial value can be input user operation parameter with Before state or value, or it can be default setting or default value.Especially, in this case can be defeated by controlling device Go out optics and/or acoustic alert signal.

The moving parameter of operating parameter preferably moving device.Translational speed or shifting is selected advantageously according to this measured value Dynamic frequency.Especially, the higher microtitration plate of low microtitration plate stands stronger travel frequency, and bigger acceleration thus Degree.In this way, it is possible to prevent with unsuitable moving parameter to operate microtitration plate.

Operating parameter can also is that the set point temperatures avoiding condensing cover for temperature regulation, temperature regulation avoid condensing cover It is preferably arranged in above carrying device and above the sample container element being arranged on carrying device, in order to by by sample The overlay area of this container component is heated to more than the temperature of sample that is included in and prevents covering at sample container element The condensation of the liquid on the inner side of cover piece.

Fig. 6 schematically shows another sensor component 20' of the laboratory blender part having according to the present invention Have low microtitration plate 8 carrying device 3 illustrative embodiments.Sensor component 20' only has the standard of being arranged in The single sensor element 22 of the elevation-over of microtitration plate 8.In this case, by there is not the single survey of redundancy Amount；Measured value can be only M=0(Fig. 6 b) or M=1(Fig. 7 b).Therefore cannot distinguish between is that lower sample container element is again without sample This container component is arranged on carrying device 3.But, the advantage of sensor component 20' is that it can be the most reliable Detect the higher sample container element 8 of such as deep-well microtitration plate and " (such as whether be arranged in carrying device 3 according to this standard On.Unsuitable moving parameter (such as, excessive translational speed) can be reliably prevented accordingly set for higher sample Container component 8 ", or because set point temperatures value is the highest, unaccommodated set point temperatures value is provided for avoiding condensing cover, Higher container component 8 " situation in, this value can be with superheated and such as damage its covering region.At sensor component In the situation of 20', only can realize error correction by a sensor element, wherein perform to be mixed by laboratory more than once The measurement of the electronic control device of clutch part.

Showing the laboratory installation 100 according to the present invention to Fig. 8 a perspective, it is for having the sensing shown in Fig. 9 a The interchangeable piece of module 130 of device device 20'.Laboratory installation 100 is designed as laboratory blender part and the Laboratory Temperature combined Degree adjusting means, it such as can be additionally provided with as other peripheral devices in the way of similar with the laboratory installation in Figure 13 Avoid condensing cover.Laboratory installation 100 is bench-top laboratory device.Laboratory installation has the base portion of housing 104, has operation Member's controller and the housing 104 of indicator panel 105.If it is considered that the microtitration plate illustrated is SBS on-gauge plate, then test The size of chamber device 100 and the size of its parts can about obtain from Fig. 8 a, 8b, 8c, 9a, 9b, 9c and 9d.At Fig. 9 c In, infrared ray sensor 20' is at the lateral separation about d=3mm of deep-well plate 108', sensor 20' in described position by Microtitration plate covers and invisible.Sensor component 20' has and in Fig. 1, Fig. 3 a, Fig. 6 a, Fig. 6 b, Fig. 7 a and Fig. 7 b Substantially the same functional of sensor component 20.

Interchangeable piece of module 130 is designed as the peripheral devices of temperature regulating block and having for this purpose and is arranged on rectangular The smooth Metal contact regions 136 in receiving area between four walls of shape framework 135.Sensor component 20 ' is integrated in In this framework, in order in two shorter side wall of framework 135 is specific.Contact area 136 is designed as plate.Plate Highlight from the upside 137 of the interior bottom portion part of interchangeable piece of module 130.Plate is bonded on shown in such as Figure 11 a and Figure 11 b Microtitration plate 108,108' titer plate bottom in gap in.The container (" well ") 109 of microtitration plate, 109' is at it Bottom side on there is planar design and when titer plate is arranged in the reception area of the interchangeable hot block shown in Fig. 9 b and Fig. 9 c Physically and thermally contact plate 136 time in territory.Two jaw 139 retainer members acting on microtitration plate.Utilization can With the retainer member dismantled by sliding members 134, interchangeable piece of module 130 can be strapped on laboratory installation 100, the most just It is to be strapped at coupling device 110 (Fig. 8 b).Electrical interface 111 for the electrical contact of sensor component here has bending bullet Property contact, be fixed on the base above thermo-contact plate 116 by coupling device 110 when having interchangeable piece of module of sensor component Described elasticity of flexure contact time in portion 104.

Coupling device 110 especially includes thermally contacting plate 116, and when interchangeable piece of module is connected to coupling device 110, heat connects Touch panel thermally contacts with the contact area 136 of interchangeable piece of module.Being arranged in below this contact plate is at least one Peltier unit Part and at least one temperature sensor are arranged in the adjustable interchangeable piece of module of temperature, by this Peltier element and this Temperature sensor is assigned to the control loop of the electronic control device of laboratory installation 100.Coupling device 110 is additionally operable to transmit, Described circle, horizontal oscillations exciting motion are produced by laboratory installation and are sent to coupling by connection element (not shown) Part 110.

Fig. 8 c shows that the portion shown in 8 figure a has the interchangeable piece of module including sensor component shown in Fig. 9 a, But there is the laboratory installation 100 of the adapter element 150 including the shuttle retainer member 151 shown in Fig. 9 d.Figure 9d shows the adapter element with the shuttle retainer member illustrated on the laboratory installation of Fig. 8 c.Adapter element 150 is the temperature regulating block similar with temperature regulating block 130.Sample container retainer member 151 has 24 openings 152, The Ai Bende sample tube the most here with such as 1.5ml capacity is inserted in opening.Sample tube and temperature Degree regulating block 150 thermally contacts, in order to regulates their temperature, and also is clamped in opening 152, even if thus in hybrid motion Period, they were also securely maintained in sample container retainer member.

Figure 10 a in side view and shows in the region as the sensor component 20' of viewgraph of cross-section can be mutual Change block module 130.Show details X of viewgraph of cross-section the most enlargedly.Here, sensor component 20' is arranged on and moulds Encapsulate in material sidewall 135 and basically by it.Here, sensor component 20' has for making infrared ray beam steering Device, say, that mirror element, it is relative to level and vertically tilts the angle with 45 °.Launched by radiated element 161 The vertical portion of infrared light beam thus deflect in horizontal light beam part 165, and deep-well microtitration plate may be passed through Horizontal light beam part 165' of reflection deflects in reflection, vertical beam section 164', and it is by the reception of sensor component 20' Element 162 detects.Horizontal light beam is partially transferred to sensor component 20' outside and is entered by coloured plastic wall 163' Enter sensor component 20'.Plastics " window " 163' is transparent for infrared ray.The structure of this type allows in the vertical direction It is close to interchangeable piece of module to save space and effective manner than the most several times greater sensor 161,162 The receiving area of 130 is arranged with sample container element.

Figure 12 shows laboratory blender part 200.Here, it is designed as the sensor component 220 of elevation carrection device, no It is arranged on removable carrying device 3, but is arranged in immovably on the base portion 4 of laboratory blender part 200, and Have substantially the same with the sensor component 20 in Fig. 1, Fig. 3 a, Fig. 6 a, Fig. 6 b, Fig. 7 a and Fig. 7 b functional.Controller Part 5 controls moving device 2, and the carrying device 3 thus with sample container element 8 can perform hybrid motion.Sensor component 220 are signally attached to control device 5, in order to detection measured value, and according to this measured value, perform other rate-determining steps.

Figure 13 shows the laboratory temperature adjusting means 300 avoiding condensing cover 302 with heating.Control device 5 to believe Number being connected to temperature regulator devices 301, covering heating member 303 and sensor component 320 are designed as elevation carrection device.Control Device 5 can detect measured value by sensor component 320, and performs other rate-determining steps according to measured value.Sensor device Part 320 has substantially the same with the sensor component 20 in Fig. 1, Fig. 3 a, Fig. 6 a, Fig. 6 b, Fig. 7 a and Fig. 7 b functional.Cover Cover piece heating member 303 is resistance-type heating foil.By being arranged in laboratory temperature adjusting means 300 according to inspection of the present invention Sample container element 8, begin to warm up already inserted into the standard microtiter plate of low whole height as shown in Figure 11 a Before the heating foil 303 of cover piece 302, automatically detect it by controlling device.With if it find that as shown in Figure 11 b relatively The standard microtiter plate of high whole height may be compared for the situation of other situation, the temperature value of the heating of heating foil, its This situation is the operating parameter avoiding condensation operation for sample container element 8, is set to according to measured value higher.At this Situation automatically occurs the selected of operating parameter and sets, and do not require mutual with user.In this way, it is achieved that real Test the convenience of room temperature adjusting means 300 and operate reliably.

In a preferred embodiment, as with reference to Fig. 1, Fig. 2 a, Fig. 4 a, Fig. 5 a, Fig. 6 a, Fig. 7 a and Fig. 8 a to Figure 13 In embodiment describe, sensor component be constructed to reflect optical barrier.It is here luminous two that reflection optical barrier has Being used for the ballistic device launching light and being being launched for reception and then passing through instead of optical diode here of (LED) is managed in pole Penetrating the reception element of the light of element reflection, it is here sample container element, is microtitration plate here.In the side of being preferable to carry out In formula, calibration measurement is the part of the method according to the invention, and/or implements into the laboratory installation according to the present invention.Close In the reference that foregoing description is made, which depict the preferred aspect performing calibration measurement.

Hereinafter, with reference to the particular implementation of the laboratory installation according to the present invention, and with reference to Figure 14 and Figure 15 In chart describe the algorithm of calibration measurement in a preferred embodiment.Dim spot represents that the sample of existence " MTP " type holds Device plate, bright spot represents the sample that there is " DWP " type with the usual height bigger than MTP plate being arranged in reflection optical barrier This container panel.The optical diode output transistor voltage (Figure 14: " [V] ") of sensor component and be preferably set up simulation- Digital converter (" ADC ") output digital counting (Figure 14: " cts ").Show the light intensity of measurement in Figure 14, (ADC-is defeated for counting Go out) and transistor voltage between mutual relation.

In the embodiment as shown, it is suitable for lower relation of plane based on the technology implementation measured: light intensity is the least, transistor electricity Press the highest with ADC-output.But, as an alternative, it is equally possible to and preferably perform this measurement according to the relation of alternative: Light intensity is the highest, and transistor voltage is the highest with ADC-output.In the present embodiment, ADC-output is between the first value and the second value Change, here enter in the case of optical diode described first value between 27024cts at not light, described herein second Value is the 4096cts of the signal saturation value as optical diode.Letter is such as just achieved when device is exposed to direct sunlight Number saturated.Preferably, this device exports caution signals in the saturated situation of signal.

There is calibration measurement as follows:

1. calibration measurement 1(is not in the case of having microtitration plate, and sensor component is covered by covering, is to claim here Make the covering of the heating of " hot top (Thermotop) "):

LED closes: I_Always=26988

LED opens: I_Always=22456

REF1=(26988-22456) cts=4532cts

2. calibration measurement 2(LED opens, under hot top):

There is no microtitration plate: I_AlwaysOn=22456(is shown in)

There is microtitration plate: I_Always=20040

REF2=(22456-20040) cts=2416cts

3. the calculating of threshold value:

I_{Threshold value}=REF1+0.5*REF2=5740cts

4. the operation of device and distinguishing signal really periodically between record measured value.Alternatively, it is possible to use pent LED, by signal record twice, preferably once and thereafter measures once with pre-test utilizing LED to measure, in order to reduce and change The impact of the ambient light become.

5. utilize the difference that the LED opening and closing determines between value.Figure 15 shows value △ I_AlwaysRepresentative value.

Difference △ I under the threshold value of 5740cts_AlwaysIt is identified as instruction and there is to come type MTP in self-reflection optical barrier Microtitration plate, greater value is identified as representing the microtitration plate from DWP type.

Claims

1. a laboratory installation, it is used for operating at least one laboratory sample, and it is arranged at least one sample container unit In part, described laboratory installation has:

Carrying device, it is used for carrying at least one sample container element described；

Electronic-controlled installation, it is set as controlling described laboratory installation, and

At least one sensor component, it is used for recording at least one measured value, by described measured value determine described at least one At least one geometrical property of individual sample container element, at least one sensor component signal described is connected to described Electronic Control Device, wherein, at least one geometrical property described is the height of at least one sample container element described,

Described electronic control device is set as by least one rate-determining steps according at least one measured value and at least one behaviour The operation at least one laboratory sample described is controlled as parameter,

Wherein, at least one sensor component described designed to be used measurement and is arranged at least on described laboratory installation The elevation carrection device of the height of individual sample container element；

Wherein, described laboratory installation designed to be used the laboratory mixing arrangement mixing at least one laboratory sample, institute Stating at least one operating parameter is the moving parameter that impact carrying device moves, and at least one sensor component described is connected to institute Stating carrying device, described carrying device is movably disposed within described laboratory installation, and described laboratory installation has For performing the moving device of the movement of described carrying device, the movement produced by described moving device causes described carrier Part and be connected to the movement of described sensor component of described carrying device；

Or, wherein, described laboratory installation designed to be used the temperature of regulation at least one sample container element described Laboratory temperature adjusting means, described laboratory installation has the temperature control for covering at least one sample container element described The cover piece of system, and described operating parameter is the set point temperatures of described cover piece, the set point temperatures of wherein said cover piece based on Measured value is selected by controlling device.

Laboratory installation the most according to claim 1, it is characterised in that described electronic-controlled installation is set to according to institute State the acquisition of at least one operating parameter after the enabling signal starting described operation, perform at least one rate-determining steps, according to At least one measured value of record changes or does not change at least one operating parameter described by this at least one rate-determining steps, and And by least one rate-determining steps described execution or do not perform described operation according at least one operating parameter.

Laboratory installation the most according to claim 1 and 2, it is characterised in that described measured value represent described at least one The type of sample container element, and control device be set as in this at least one rate-determining steps perform compare operation, wherein Described measured value and in itself previously known sample container categorical data compare and detect described type, in order to according to described ratio Relatively result performs the setting of at least one operating parameter described.

Laboratory installation the most according to claim 1, it is characterised in that described measured value represents single sample container unit Part, and described control device be designed as using described measured value with by described single sample container element with multiple other is single Sample container element region is separately.

Laboratory installation the most according to claim 1, it is characterised in that described control device is set to described at least one Individual rate-determining steps measures at least one measured value described by described sensor component.

Laboratory installation the most according to claim 1, it also has the user interface being signally attached to described control device Device, described control device is designed as at least one rate-determining steps described providing user input, and according to described user Input sets at least one operating parameter described.

Laboratory installation the most according to claim 3, it is characterised in that described control device is designed as according to described comparison The result of operation automatically produces the change at least one operating parameter described.

Laboratory installation the most according to claim 1, it is characterised in that described sensor component be arranged as with described at least One sample container element interacts, so as to determines and depends on described interaction and represent described sample container unit At least one measured value of part.

Laboratory installation the most according to claim 1, it is characterised in that at least one sensor component described is arranged in institute State on carrying device.

Laboratory installation the most according to claim 1, it is characterised in that described carrying device has for receiving described The receiving area of at least one sample container element, and it is characterized in that, described sensor component is arranged in away from described reception At the certain distance d of the neighboring in region, wherein d is selected by from the preferred scope that following lower limit and the upper limit are formed, respectively Planting in situation is all millimeter: { 0；0.1；2.0}≤d≤{ 2.0；3.0；4.0；5.0；8.0；8.5；50.0；100.0；150.0； 200.0}。

11. laboratory installations according to claim 1, it is characterised in that at least one sensor component described is designed as Reflection optical barrier.

12. laboratory installation according to claim 1, it is characterised in that at least one sensor component described has use In passing the signal at least one radiated element of at least one sample container element described and for receiving by described sample This container component changes or at least one reception element of the signal of reflection or optical barrier signal.

13. one kind by laboratory installation arrangements of operations according to claim 1 at least one sample container element The method of at least one laboratory sample, wherein controlled institute by least one operating parameter of described laboratory installation Stating the described operation of at least one laboratory sample, described method includes step:

Measure at least one measured value representing at least one sample container element described, wherein, described measured value be described extremely The height of a few sample container element, and wherein, described laboratory installation has at least one sensor component, and it is set It is calculated as the elevation carrection device for measuring the height of at least one sample container element being arranged on described laboratory installation；

Controlled based at least one measured value and based at least one operating parameter described by least one rate-determining steps Operation at least one laboratory sample described；

At least one measured value based on record performs to be changed by least one operating parameter described in it or immovable described At least one rate-determining steps；Further, performed by least one rate-determining steps described or do not perform according at least one behaviour described Make the described operation of parameter.

14. method according to claim 13, also provide for being determined by least one threshold value and perform the step of calibration measurement, It is for comparing at least one measured value described with at least one threshold value described.

15. 1 kinds of laboratory installations according to claim 1 or method according to claim 13 are from including In biology, biochemistry, molecular biology, reproduction, neurobiology, medical treatment, the laboratory that selects in pathological group or legal medical expert Purposes in laboratory.

16. purposes according to claim 15, wherein said biology laboratory is Microbiological Lab.